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OVERVIEW OF THE WATER MANAGEMENT INFORMATION SYSTEM OF SERBIA

OVERVIEW OF THE WATER MANAGEMENT INFORMATION SYSTEM OF SERBIA Water observation and Information System for Decision Support Ohrid, Republic of Macedonia, 25-29 May 2010. Authors: Dragana Ninković, Brankica Majkić: "JAROSLAV ČERNI" Institute, Belgrade, Serbia

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OVERVIEW OF THE WATER MANAGEMENT INFORMATION SYSTEM OF SERBIA

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  1. OVERVIEW OF THE WATER MANAGEMENT INFORMATION SYSTEM OF SERBIA Water observation and Information System for Decision Support Ohrid, Republic of Macedonia, 25-29 May 2010 Authors: Dragana Ninković, Brankica Majkić: "JAROSLAV ČERNI" Institute, Belgrade, Serbia Miloš Mančić: Public Water Management Company "SRBIJAVODE", Belgrade, Serbia Presented by: Dr Marina Babić Mladenović, : "JAROSLAV ČERNI" Institute, Belgrade, Serbia

  2. BASIC FACTS ... ...on Republic of Serbia ...on the WMIS Project • area of 88,361 km2 • 2 provinces, 21 districts, 189 municipalities • capital: City of Belgrade • 3 sea catchments: • Black Sea (93%) • Adriatic Sea (5%) • Aegean Sea (2%) • Main Water Management Issues: • Water Use • Water Protection • Protection from Water • Institutional Organisation of the Water Sector • Directorate for Water of the MAFW • PWMCompanies: • SRBIJAVODE, VODE VOJVODINE • Other relevant institutions: RHMSS,Min. of Environment and spatial planning, Min. of Health, JAROSLAV CERNI Institute • New Law on Water adopted in May 2010 • EU funded Project • 2007-2009 • Implemented by: • EPTISA, Spain • DHI, Danmark • JAROSLAV CERNI, Serbia • Beneficiaries: • Directorate for Water of the MAFW • PWMCompanies:

  3. PURPOSE AND SCOPE OF THE WMIS • collecting, analysing, archiving, and disseminating accurate data and information; • establishing an electronic (geo-spatial) data system that should provide intranet/internet access to extensive water resources databases; • conducting administrative functions via secure, electronic communication systems; • strengthening management of water resources, economic development, protection of the environment and human health on increased use of quality data and information produced and disseminated by the water management sector; • improving planning and management of water resources when based on a foundation of reliable and quality data and information; • Improving water resource spatial/temporal analysis, modelling and visualisation capabilities by using Geographic Information Systems (GIS).

  4. WMIS DATA ARCHITECTURE

  5. WMIS DATABASE AND SOME BASIC APLICATIONS • ArcMap • creates and works with thematic maps with data divided into layers • supports entering and processing spatial data • enables spatial data visualization • offers a set of tools for advanced spatial analysis • WMIS Editors • simple and quick way of data viewing • enables entering and editing data for existing objects • allows multiple users to work simultaneously • validates data before saving

  6. WMIS DATABASE AND SOME BASIC APLICATIONS (cont.) • WMIS website and Content Management System (http://vis.srbijavode.rs/vis/en/) • Water Explorer • a map based web application • querying, displaying and advanced searches of WMIS data

  7. WMIS DATABASE AND SOME BASIC APLICATIONS • Events Manager • set of tools for generating and modifying data in WMIS • recording, editing, researching and visualizing alphanumeric data irrespective of geometry • Temporal Analyst • manages viewing, querying, analyzing and editing time-series data • allows plotting time series data and making Fig. Example of Events Manager for Flood Events

  8. WMIS Basic Decision Support Systems • Supporting Tools for Inspection Work • identifies area affected with accidental pollution • Identifies potential pollution’s source • quick access to the WMIS data in the field, over the internet or hand-held devices. • Supporting Tools for Flood Defence Action Plan Reporting • enables follow-up of water level and discharge, status of flood defense • includes real time reporting to flood defense participants and general public • Other basic DSS: • Characterization of Water Bodies compliant to the WFD – River Typology • Reporting Tools – Water Quality Monitoring

  9. WMIS also: • Has potential for developing Advanced DSS such as: • Flood modeling and management • Water Estate Evidences and Management • Reporting to Stakeholders and Public • Support for Implementation of WFD and Other EC Directives • Access to EC and Other Funds • Elaboration of Water Management Balance

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